Power supply and consumption equipment and facility health degree detection device and method

Abstract

The invention relates to a power supply and consumption equipment and facility health degree detection device and method. The device comprises a processor, and the processor is connected with an electric parameter storage and detection calculation unit, a non-electric quantity storage unit and an equipment and facility history data storage unit; the processor performs health degree calculation. On the basis of the edge computing technology, the Internet of Things and the wireless communication technology, a transmitter and a sensor which are widely applied to the industrial industry are combined and extend into the environment of a power supply and consumption place, so that 24-hour online detection and calculation of power supply and consumption equipment and facilities are achieved, and bad health states and potential hazards of the equipment and facilities are found in time; and timely early warning is carried out.

Description

technical field [0001] The invention relates to the field of health detection of power supply and utilization facilities, in particular to a device and method for detecting the health of power supply and utilization equipment and facilities. Background technique [0002] Power supply equipment and facilities are related to our life information. It provides guarantee for the production of enterprises and the lives of residents. If the equipment and facilities fail due to poor health of the equipment, it will run with a disease, which will affect the reliability of power, the safety of equipment and facilities, and the production of enterprises. It will cause great hidden dangers to people’s lives and residents’ lives; more seriously, it will lead to damage to equipment and facilities, enterprises cannot continue to produce, and residents’ electrical appliances cannot be used. [0003] The health degree detection of power supply and consumption equipment and facilities is curr...

AI Technical Summary

Problems solved by technology

[0004] Due to the wide distribution of power supply and consumption equipment and facilities, especially low-voltage power supply and consumption equipment and facilities, the manual regular inspection under the traditional mode has the following limitations: 1) 24-hour inspection or monitoring cannot be achieved, and some places even Basic regular inspections (such as once a week) cannot be satisfied; 2) Manual calculations are difficult, and due to different inspection professional capabilities, the calculation results of different inspection personnel may be different; 3) It is impossible to better grasp the equipment and facilities Operating status and load trend, due to the low frequency of manual inspection, it is impossible to control the continuous operation status of equipment and facilities, and the load trend is basically empty talk; 4) The status data recorded by manual inspection only involves the data of the equipment and facilities themselves , there is a lack of data related to the operating environment, and there is a large deviation in the evaluation of equipment health, which cannot provide a reference for equipment and facility maintenance, and cannot detect hidden dangers and early warnings in time, which may lead to expansion of faults and damage to equipment and facilities, resulting in power outages in enterprises and residential communities

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